Explore our core engineering capabilities and high-precision metal forming services
High-speed press operations and structural sheet metal integration.
Complex, thin-walled designs optimized for high-pressure application.
Premium investment castings utilizing high-temperature alloys.
4-axis CNC milling and turning with micron-level tolerances.
Structural density and grain alignment for extreme environments.
Optimized structural components utilizing heavy-duty draw matrices.
Ultra-precise post-forging milling and tolerances matching aviation standards.
Custom engineered safety elements with critical grain-flow optimization.
Founded in 1996 as a family business, Ningbo Jiangbei XinYe Metal Works Co., Ltd. remains a premier owner-managed SME corporation. Centrally situated within the Ningbo Jiangbei Industrial Zone, our facility is highly accessible, situated within three hours from Shanghai International Airport via the high-speed rail network.
Spanning a total footprint of 16,000 square meters of precision production floor space with an additional 11,000 square meters dedicated to construction and future engineering scaling, we maintain a dedicated workforce of 130 employees. This cohesive operational team comprises 80 highly skilled production staff and 50 dedicated specialists in product development, engineering, quality assurance, and global administrative management.
Our technological focus centers on customer satisfaction by offering a highly diversified technology competence portfolio, structured with complete processing equipment for high-precision manufacturing, casting, and machining. Our global clientele relies not only on our certified quality metrics but also on our structural commitment to research, design, and manufacturing innovation.
Pioneering the next generation of precision forging, material lightweighting, and automated processing
Developing next-gen structures in high-strength aluminum-lithium alloys and hybrid magnesium matrices. Our R&D team works in close partnership with academic material research centers to refine grain structure and boundaries during the hot deformation phase, improving overall tensile strength and material yield.
By integrating predictive CAD/CAM modeling software with finite element analysis (FEA), we simulate raw material plastic flow, thermal dynamics, and residual stress states. This eliminates processing anomalies, increases die service life, and reduces tooling prototyping cycles by over 40%.
Aligning with world environmental targets, XinYe is deploying high-efficiency induction heating systems that minimize raw material scale loss and thermal waste. Over 85% of our process scrap aluminum is reclaimed and recycled through strict closed-loop internal channels.
Operating under our standard 6 days with 16-hour manufacturing shifts, XinYe can rapidly scale to a continuous 24/7 production cycle within a 30-day window. This agile framework ensures rapid scaling to match unexpected global market demands without impacting delivery lead times.
Located in Ningbo, a global hub for maritime shipping, we possess access to integrated steel, copper, and aluminum supply systems. This density of nearby processing steps minimizes logistics risk and guarantees consistent pricing and material procurement cycles.
Our digital production planning tracks processes from incoming raw billet analysis, extrusion parameters, forging temperatures, post-heat treatments, and final CNC tolerances. Each part is assigned a traceable batch ID for tracking throughout its service life.
Professional qualification and certified capabilities across structural forging, casting, machining, and surface treatment
Multi-axis CNC milling and turning centers capable of holding tolerances down to 0.001mm. Featuring advanced 4-axis control, we perform finish machining directly on complex forged, cast, or extruded components to ensure precision fitment.
Applying heavy-duty friction and hydraulic presses, we form high-strength structural parts. Hot forging processes optimize grain boundaries, offering structural density, impact resistance, and mechanical properties superior to casting.
Utilizing high-precision wax dies, we cast intricate stainless steel and alloy structures. This lost wax method is designed for complex geometries requiring fine surface finishes and complex internal features.
Processing steel, aluminum alloy, copper, and polymer bases. Our stamp lines span from high-volume precision parts to deep-drawn structural enclosures for industrial electronics.
Our surface finishing capability covers anodizing, electro-polishing, sandblasting, and chemical passivation. These steps provide wear resistance, aesthetic quality, and optimal corrosion barrier properties.
We invest in high-end machinery to maintain high quality and precision. Our primary toolsets, including core processing machines, are imported from Japanese toolmakers, ensuring structural rigidity and dimensional accuracy.
Understanding the critical compliance, testing, and geometric standards expected by international buyers
Sourcing managers from Europe, North America, and Japan face high quality metrics when importing precision forgings. Key factors span mechanical properties, component life, chemical traceability, and tooling cost efficiency.
XinYe addresses these concerns by providing certified material reports (chemical composition validation, grain flow orientation profiles, tensile/hardness test reports). Our automated post-forging processes eliminate residual stresses and guarantee consistent geometry.
By employing lean manufacturing practices, we control raw material waste and tooling setup costs, offering competitive pricing with reliable delivery schedules.
| Sourcing Challenge | XinYe Engineered Solution | Strategic Value |
|---|---|---|
| Material Composition Errors | GNR Spectrum Analyzer material chemical checks | Zero defect material inputs | Dimensional Drift | Coordinate Measuring Machine (CMM) inspections | Strict conformance to specified tolerances |
| Fatigue Failures | Grain direction alignment via optimized hot forging | Extended wear cycle and reliability |
Precision component applications across defense, aerospace, automotive, and medical sectors
High-strength industrial components designed for deep-well extraction, heavy lifting, and power transmission. Materials: Stainless Steel, Aluminum Alloy.
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Safety-critical transmission links, brackets, and suspension mounts. Optimizing weight while maintaining load performance. Materials: Stainless Steel, Aluminum Alloy.
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Aviation Fuel Hydrant Pit Boxes, hinge brackets, transmission gears, and turbine intake systems. Tolerances verified through comprehensive CMM reports. Materials: Stainless Steel, Aluminum Alloy.
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Engineered for heavy wood chipping and recovery shredder systems. Structural components designed for extreme torsional loads. Materials: Q345B, 42CrMo, NM400 for structural shafts.
View Case DetailsQuality is life. Within our customers' help, we set up a strict quality control system. From raw material to finished parts, each process must inspect, have traceable files.
Along with our dedication to the highest product quality and production efficiency, Xinye is ISO 9001-2015 and SA8000 certified, allowing us to ensure consistent high quality in our products as well as services.
To continuously improve our product quality standard, our factory’s highest priority is to maintain the most advanced manufacturing facilities and continuous training for all of our employees. Our internal quality department applies the most advanced measurement and testing facilities to guarantee the highest level of accuracy.
Ensuring clear cross-border communication, certified social standards, and clean custom clearance workflows
As a certified SA8000 manufacturer, XinYe maintains ethical workplace practices, fair wages, and safe workspace management. This certification supports our global clients' ethical sourcing profiles.
We supply complete documentation packages to prevent logistics delays, including Certificates of Analysis (COA), Certificates of Conformance (COC), packing configurations, and Country of Origin certifications.
Clients interface directly with our English-speaking engineering staff, helping to resolve technical questions, design iterations, and drawing updates efficiently.
From order placement to delivery, our streamlined process ensures quality and efficiency.
Our precise sample production process ensures your requirements are met exactly. We leverage our extensive experience, strict quality control, and advanced equipment for superior results.
We value customer feedback on our samples to ensure complete satisfaction before proceeding to mass production.
Our capabilities extend beyond raw forgings. We maintain a spacious assembly workshop to handle secondary fabrication, structural integration, and complete component assembly.
By providing a one-stop-shop service—from raw materials to final functional assemblies—we reduce logistics handling, reduce quality gaps across sub-suppliers, and lower procurement costs.
Spacious, clean floor layout optimized for complex multi-material assemblies.
130 employees committed to trust, operational responsibility, and engineering professionalism
XinYe's structural backbone consists of 130 team members, including 80 specialists on the production floor and 50 experts across product design, metallurgy, quality inspection, and management. We hold over 20 technical model patent certificates, indicating our continuous focus on engineering innovation.
Our values guide our long-term client relationships and daily operations:
"Always comes first, our priority, our responsibility, to exceed your expectations."
"Taking any action carefully and detailed as the commitment to give a total solution and services based on principals, customers and employees' needs and desires."
"What we do, what we create, what we give it all with an attitude, dedication and ambition. We always give it all with an improvement."
Answers to common technical, logistics, and billing questions about our manufacturing services
Direct sourcing access to our complete product manufacturing groups
High-speed press operations and structural sheet metal integration.
Complex, thin-walled designs optimized for high-pressure application.
Premium investment castings utilizing high-temperature alloys.
4-axis CNC milling and turning with micron-level tolerances.
Structural density and grain alignment for extreme environments.
Optimized structural components utilizing heavy-duty draw matrices.
Ultra-precise post-forging milling and tolerances matching aviation standards.
Custom engineered safety elements with critical grain-flow optimization.
XinYe Metal